We use cookies for this website. If you continue to use this website without changing the settings for cookies, we assume that you agree to the use of cookies.
Dira 200-1, product picture
Dira 200-1, product picture
scientific laser

Dira series

The highest pulse energy rate extracted from a regenerative amplifier

The lasers of the Dira series (disk regenerative amplifiers) deliver pulses of picosecond duration with up to 200 millijoule pulse energy - the highest pulse energy rate extracted from a regenerative amplifier available today. The product portfolio covers the repetition range from 1 kilohertz to a few hundred kilohertz. The flexible design of the Dira series allows for the customization of systems according to user requirements. Special models with a pulse energy up to the joule level or average powers of a kilowatt are available upon request.

Thin-disk technology

All Dira systems are based on the mature TRUMPF thin-disk laser technology.

Custom-made laser control

Actuate and monitor all system parameters of your laser with a simple and flexible interface for integration

Sophisticated mechanical design

Special mechanical design for best output quality and stability even at highest average powers and energies.

Applications

Powerful pumps with Dira series

Powerful pumps

Dira systems were originally designed as the ideal pump lasers for parametric amplification stages for high-power few-cycle femtosecond pulse generation for ELI Beamlines L1 system.

TRUMPF Scientific Lasers, Coherent x-ray-sources

Coherent X-ray sources

Picosecond regenerative amplifiers will be used for generating coherent X-rays via Compton backscattering for phase contrast imaging in medicine revolutionizing X-ray examination.

Filamentation in air with Dira series

Filamentation in air

In atmospheric research ultra-short pulse laser systems are used to create filaments in air. This technique allows lowering the breakdown voltage in thunder clouds to trigger and guide lightning. In addition, droplet generation and suppression in clouds can be realized by laser filamentation allowing to control the weather.

Technical data

Dira 200-100Dira 200-5Dira 200-1Dira 500-10Dira 750-5
Wavelength (nm)10301030103010301030
Max. average power (W)200200200500750
Max. pulse energy (mJ)24020050150
Pulse duration (ps)< 2< 2< 2< 2< 2
Repetition rate (kHz)≥ 1001 - 1001 - 10010 - 1005 - 100
Beam quality (M2)< 1.2< 1.3< 1.4< 1.4< 1.4


You might also be interested in these topics

TRUMPF short and ultra-short pulsed lasers

TRUMPF started its activities in developing ultrafast laser system for micro-machining applications at the turn of the millennium. Learn more about the TruMicro series.

ELI procect with TRUMPF Scientific Lasers as partner

Extreme Light Infrastructure - ELI

ELI will be the world's first international laser research infrastructure, pursuing unique science and research applications for international users. Learn more about the ELI project.

Laser lightning rod, TRUMPF scientific lasers

Laser Lightning Rod (LLR) - EU Horizon 2020 project 737033

Together with colleagues from French and Swiss institutes TRUMPF Scientific Lasers is working on the next generation lightning rod based on an ultrafast laser system. Learn more about the Laser Lightning Rod.

Contact

Expert in scientific lasers
E-mail

Downloads

Flyer Dira Series
pdf - 289 KB
Service & contact